Face Mask Synthetic Blood Penetration Tester

TNG1047
Masks Bacterial Filtration Efficiency Tester - TNG1047
The TNG1047 Masks Bacterial Filtration Efficiency Tester measures bacterial filtration efficiency (BFE) of medical and surgical face masks. It is used to assess the protective performance of masks against bacterial airborne environments.
- Specifications
- 25
- Methods
- 3
- Images
- 4
- Supply
- Inquiry only
Inquiry only. No prices are published.
Product overview
The TNG1047 Masks Bacterial Filtration Efficiency Tester is designed to determine the bacterial filtration efficiency of medical and surgical face masks. It supports testing in accordance with ASTM F2100, ASTM F2101, and EN 14683. The instrument operates by nebulizing a bacterial suspension and directing the aerosol through a series of stages, including two sets of Anderson sieve samplers. One set is used with the test specimen, while the other is used without, allowing for comparative analysis. The tester includes a peristaltic pump, flow meters, and a negative pressure aerosol chamber to ensure accurate measurement of particle retention. The system is equipped with a three-level cleaning system for disinfection liquid, purified water, and airflow to maintain hygiene between tests. The device features a 10.4-inch color touch screen for operation and data transmission via USB. It also includes a leakage protection switch and a front-opening glass door for operator safety and observation. The TNG1047 is suitable for testing materials such as nonwoven fabrics used in medical masks.
Application
Masks Bacterial Filtration Efficiency Tester is used to determine the bacterial filtration efficiency (BFE) of medical face masks, surgical face masks, to identify the protective performance from being exposed to bacterial airborne environments, tester can conduct the tests defined in EN14683, ASTM F2100, ASTM F2101, YY 0469, YY0969.
The bacterial suspension is pumped to the nebulizer, the aerosol will be pushed into the aerosol chamber then delivered into two sets of (Anderson) sieve samplers, one with testing specimen, another without specimen in order to compare the different results.
Designed with two sets of Anderson sieve samplers it is possible to get the results with and without testing specimen at the same time, reduce the bias to the minimum, and the machine has a embed clear 3-level (disinfection liquid, purified water, airflow) cleaning system to ensure the safety after the tests.
Features
10.4-inch high brightness color touch screen, easy to operate.
With USB interface, supporting USB data transmission.
With leakage protection switch, the negative pressure test system and the front opening and closing glass door, that can protect operator safety and provide more convenient way for operator to observe.
Double six stage Anderson sample, compare sampling tests, test result is high accuracy.
The flow of peristaltic pump and the flow rate of microbial aerosol generator can be set.
The inner layer of the cabinet is made of stainless steel, and the outer layer is sprayed with cold-rolled sheet, more stable and reliable.
Technical description
- pressure cabinet door
- (length 1000× width 730) mm
- (length 1180× width 650× height 1300) mm
- (length 1180× width 650× height 600) mm, height
- adjustable within 100mm
- AC220 V±10%,50 Hz
- Overall power
Key features
- 10.4-inch high brightness color touch screen, easy to operate.
- With USB interface, supporting USB data transmission.
- With leakage protection switch, the negative pressure test system and the front opening and closing glass door, that can protect operator safety and provide more convenient way for operator to observe.
- Double six stage Anderson sample, compare sampling tests, test result is high accuracy.
- The flow of peristaltic pump and the flow rate of microbial aerosol generator can be set.
- The inner layer of the cabinet is made of stainless steel, and the outer layer is sprayed with cold-rolled sheet, more stable and reliable.
Specifications
| Main parameters | Scope |
|---|---|
| Sample Flow Rate of A | 28.3L/min |
| Sample Flow Rate of B | 28.3L/min |
| Spray flow | (8~10)L/min |
| Peristaltic pump flow | (0.1~3.0)mL/min |
| Front pressure of flow meter A | (-20~0)kPa |
| Front pressure of flow meter B | (-20~0)kPa |
| Front pressure of front pressure | (0~300)kPa |
| Negative pressure aerosol chamber | (-90~-120)Pa |
| Operation temperature | (0~50)℃ |
| Cabinet negative pressure | (-50~-200)Pa |
| Data storage capability | >100000 groups |
| Characteristics of efficiency air high filter | Filter efficiency for particles is above 0.3um ≥ 99.99% |
| Mean mass diameter of aerosol | Average particle diameter is (3.0 ± 0.3)μm, geometric standard deviation ≤ 1.5 |
| Captured particle size of Two-way 6-stage | Ⅰ level > 7 microns, Ⅱ level (4.7 ~ 7) microns, Ⅲ level (3.3 ~ 4.7) microns, Ⅳ level (2.1 ~ 3.3) |
| Anderson sampler | microns, Ⅴ microns (1.1 ~ 2.1), level Ⅵ microns (0.6 ~ 1.1) |
| Aerosol chamber specifications | (length 600× diameter 85× thickness 3) mm |
| Total number of positive quality control sampler particles | (2200±500) CFU/mL |
| Ventilation flow rate of negative pressure cabinet | ≥5m3/min |
| Dimensions of negative pressure cabinet door | (length 1000× width 730) mm |
| Host size | (length 1180× width 650× height 1300) mm |
| Stent size | (length 1180× width 650× height 600) mm, height adjustable within 100mm |
| Power | AC220 V±10%,50 Hz |
| Weight | 250 kg |
| Overall power consumption | <1500W |
Test standards supported
Each standard is matched to the instruments that support it.
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